It is 400 mm Hg and the partial pressure is 21% of 400 which is about 80 mm Hg.
It will be same as it is at sea level.
The atmospheric pressure is caused by the weight of the air on top of us. At the top of mount Everest, there is less air above the exhausted climber (because a lot of the air is below). Less air, less weight, less pressure.
Mt. Whitney
You have forgotten one vital fact, cold air is heavier than hot air------At the same atmospheric pressure!!. That means that the cold air on Mt Everest is lighter than than the warm air 29000 ft below in the Ganges Delta.
When tectonic plates shift and move toward each other and then rub together, pressure from molten rocks builds up and the magma rises to the top. The volcano erupts on the surface, and lava and gases are spewed out.
It will be same as it is at sea level.
31200 N/m2
The atmospheric pressure is caused by the weight of the air on top of us. At the top of mount Everest, there is less air above the exhausted climber (because a lot of the air is below). Less air, less weight, less pressure.
Depends on where you are in Colorado. There is no one atmospheric pressure, and it changes daily. It will be much less at the top of Mt. Evans (14,200 ft) than in Denver (5,280 ft)
there is less atmospheric pressure than at sea level
Mt. Whitney has never erupted. It is not a volcano.
Gee, that's a good question. Hmm... i'd say the atmospheric pressure would be lower because when you travel to higher altitudes like, Mt Everest, the pressure in your lungs decrease causing them to deflate the lungs.......Its Intrapleural pressure
lol
Mt McKinley is 20,320 feet and Mt Whitney is 14,495 feet in altitude.
Mt. Whitney is 14,491 ft. high
It is in the DESERT.
California